1. An introduction to the mathematical theory of finite elements
Author: / J. T. Oden, J. N. Reddy
Library: University of Tabriz Library, Documentation and Publication Center (East Azarbaijan)
Subject: Boundary value problems - Numerical solutions,Differential equations, Elliptic - Numerical solutions,Approximation theory,Finite element method
Classification :
QA379
.
O3


2. An introduction to the mathematical theory of finite elements
Author: / J. T. Oden, J. N. Reddy
Library: Library of College of Science University of Tehran (Tehran)
Subject: Boundary value problems -- Numerical solutions,Differential equations, Elliptic -- Numerical solutions,Approximation theory,Finite element method
Classification :
QA
379
.
O3


3. An introduction to the mathematical theory of finite elements
Author: Oden, J. Tinsley)John Tinsley(
Library: Central Library of Sharif University of Technology (Tehran)
Subject: ، Boundary value problems-- Numerical solutions,، Differential equations, Elliptic-- Numerical solutions,، Approximation theory,، Finite element method
Classification :
QA
379
.
O3


4. An introduction to the mathematical theory of finite elements
Author: Oden, John Tinsley
Library: Central Library and Information Center of Ferdowsi University of Mashhad (Khorasan Razavi)
Subject: Numerical solutions ، Boundary value problems,Numerical solutions ، Differential equations, Elliptic,، Approximation theory,، Finite element method
Classification :
QA
379
.
O3


5. An introduction to the mathematical theory of finite elements
Author: Oden, J. Tinsley)John Tinsley(
Library: Central Library and Documentation Center (Kerman)
Subject: ، Boundary value problems - Numerical solutions,، Differential equations, Elliptic - Numerical solutions,، Approximation theory,، Finite element method
Classification :
QA
379
.
O3


6. Boundary methods. elements, contours and nodes
Author: Subrata Mukherjee and Yu Xie Mukherjee
Library: CENTRAL LIBRARY UNIVERCITY OF HORMOZGAN (Hormozgan)
Subject: ، Boundary value problems- Numerical solutions,، Approximation theory
Classification :
QA
379
.
M95B68

